INVERTED METALLURGICAL MICROSCOPES GX SERIES

Transcription

1 INVERTED METALLURGICAL MICROSCOPES GX SERIES ISO9001 Certification ISO14001 Certification ISO 9001 Accredited by the Dutch Council for Accreditation Design and production adheres to ISO9001 international quality standard. ISO UKAS ENVIRONMENTAL MANAGEMENT 008 Design and production at the Olympus Optical Co. Ltd. Ina Plant conforms with ISO14001 specifications for environmental management systems. UNIVERSAL INFINITY SYSTEM

2 Advanced imaging system plus versatile modular design Both of these new GX series microscopes feature Olympus' world-renowned UIS infinity-corrected optical system for ultra-clear images, no matter what observation method is used. In addition they are built to a modular design which enables the user to match selected image recording equipment (video, digital or large-format/35mm cameras) to the microscope body and attach them singly or in multiple configurations along with calibration scales that are recorded directly with the image. Together with these sophisticated functions and performance features, the also allows erect image observation. The GX series represents a highly advanced imaging system with the flexibility to meet the diverse needs of current and future materials research and inspection applications. 1 2

3 Improved optical performance sets new standards of image clarity for inverted metallurgical microscopes UIS Optics Getting the full picture with any observation method The UIS infinity-corrected optical system was developed with Olympus' original technological know-how and the GX series is designed to maximize its performance in the context of inverted metallurgical microscopes. The result are sharp, detailed images with excellent contrast and consistently high clarity with any and all observation methods. Equipped with extra-bright 100W halogen lamps and newly improved light collecting efficiency, the GX series microscopes provide the intense and even illumination that contemporary applications demand. Ergonomic layout of control elements allows a natural working posture Numerous refinements are included to ensure that the user can adopt a natural posture and work in comfort. They include an ergonomic control layout that places the field stop (FS), aperture stop (AS), focus control and light adjustment dial close to the users hand. The introduction of a flexible stage handle further contributes to the work comfort. Computer-designed frame with more rigidity and higher reliability Computer simulations have been used to further improve the rigidity and low center of gravity design of the frame, which is the key to greater stability and a more flexible system structure. Brightfield 1Side port 2Front port 3Focusing control 4Zoom system 5Scale/reticule position 9 6FS (field stop) / AS (aperture stop) 7Beamsplitter turret 8Optional side port 9Filter receptacle Darkfield Nomar ski DIC UMPlanFL1 00xBDP Nomarski DIC observation Simple Polarized Light UMPlanFL100xBDP Simple polarized light observation Adjusting the image to suit the specimen Nomarski DIC observation To obtain the ideal combination of resolution and contrast to suit the nature of each specimen, three different Nomarski DIC prisms are provided: The U-DICR prism serves all imaging applications with a balance of contrast enhancement and resolution. For very densely structured specimen the U-DICRH prism provides an additional resolution level. The U- DICRHC prism greatly emphasizes the contrast and detection of minute surface gradients that may otherwise remain unseen. All three are slider-operated, so that the operator can make smooth transitions to different magnifications and can easily switch between observation methods. Fluorescence UMPlanFL5x Fluorescence observation Polarized light: optimizing contrast in the observation of metallographic and crystal structures The combination of three key components enables high-contrast reflected light polarized observation with a sensitive tint: the special rotating stage GX-SRG* for GX, the polarized slider GX-POTP with wavelength plate, and an analyzer slider, GX-AN360 or GX-AN. In addition, use of the binocular tube U-BI90CT (with only) makes it possible to observe an anisotropy on the specimen surface caused by reflection (also known as conoscopic image observation). The rotating stage GX-SRG also provides an unrestricted choice of framing angles when taking in photomicrography. * Scheduled for introduction in UMPlanFL100xBDP Brightfield observation UMPlanFL100xBDP Darkfield observation Sample provided by Prof. Kenji Abiko, doctor of engineering, Institute for materials research, Tohoku university High contrast Priority on contrast U-DICRHC For general specimen U-DICR Priority on resolution U-DICRH 5x 20x 100x 250x High resolution A select range of filters The GX series comes with a select range of filters, including neutral density, color temperature conversion and green filters. Two slider slots are provided, each allowing introduction of up to three filters. 4

4 Modular design for flexible system configuration from digital recording to conventional photography Modular System Video camera For UIS system C-mount adapter Side port All-camera compatibility The GX series allows scale imprinting for all ports and with any kind of camera, including digital, 35mm and large-format. Accurate photo micrographs of any user-selected area A large-format camera will record any given image (or part of an image) at the same magnification as is used for observation*. With the 's free-framing and 1x-2x zoom magnification capabilities, user-selected areas of the image can be easily and accurately recorded. A full range of scales In addition to the calibration scales for each objective, grain size reticules and square scales can also be recorded. Up to 3 scales can be freely combined in a single slider. *When using 10x eyepieces. Digital camera Greater freedom to select and combine image recording equipment The GX series' modular construction maximizes the flexibility to mix and match image recording devices on the microscope body. Digital, video and conventional still cameras (large-format or 35mm) can be attached to the front port, while the side port accepts digital and video cameras. When both ports are used simultaneously, up to 3 camera backs can be attached, providing ample system variation. GX photo unit for simultaneous attachment of 35mm and large-format camera backs Specifically designed for integration with GX microscopes, the photo unit GX-PHU enables attachment of both 35mm and large-format camera backs simultaneously. The compact controller is easy to use, with only essential operating control buttons, but offers a full range of features including 1% spot and 30% averaging light metering, AE lock and multiple exposures. Scale GX-PHU Photo unit Scale Front port Exclusively for GX C-mount adapter *The side port is an optional unit. Video camera Scale Grain Size Scale Digital camera Square Scale Large-format camera 35mm camera 5 6

5 Integrating the image analysis software OLYSIA m3 makes it easy to measure and analyze raw materials and metallographic structures Image Analysis System m3 Ideal for sophisticated research analyses: Image Analysis Software OLYSIA m3. As well as handling basic measurement and analysis operations, OLYSIA m3 the most advanced image analysis software in the OLYSIA series comes equipped with several sophisticated functions for analyzing metal constructions. Connecting to an Olympus digital camera enables direct control from the software and allows highly sophisticated analysis right from the day of purchase. What s more, when used with Olympus microscopes, m3 can be customized for various specific purposes. This unique system from Olympus is designed for full compliance with a wide range of different research needs. Microscope digital camera / ColorView I Employment of a 3.3 million pixel CCD enables storage of high-resolution (2048 x 1536 pixel) digital images. The search mode uses triplecolor binning and shows the entire image segment involved. Data can also be transferred to a computer by Fire Wire connection (IEEE1394). * OLYSIAm3 driver software supplied as standard. Easy image capture via control unit with LCD monitor With a DP12 digital camera attached, microscope images can be captured directly (without a personal computer) and recorded/stored to SmartMedia. The DP12 has a 1/1.8 inch, 3.34 million-pixel CCD and provides sharp, high-precision results with both full-size images and detailed, individuallyselected areas. Its 3.5-inch TFT color LCD monitor is directly attached to the control unit. The operator can freely place the control unit for easy viewing, framing and focusing. OLYSIA m3: The Main Functions Image handling Images can be captured directly from a digital source: the software driver for Olympus' DP12 digital camera is included, so that observation and analysis can be easily performed right away. Images can be labeled as required, and numerous functions and filters are provided for processing images from black/white to true color, advancing the limits of conventional image processing. Automatic report production Multi-page reports can be produced in response to a single command. The attribute data of observation images are used to select multiple enlarged section areas and attach relevant descriptions or explanations; these data are stored in their appropriate fields and can be accessed by using key words. Report composition is easy, by dragging the image, measurement sheet, diagram, text and database field onto the flexibly designed template. Comprehensive database function The database function, which complies with Microsoft Access, enables creation of original user fields and the arrangement of structures according to the user's need or preference. Grain analysis (Grains) The special module for analyzing metal construction specimens accords with international grain standards, including JIS G551 and 552. It also enables analysis of crystal grain and non-metallic intervening substances, grain separation by intelligent image processing, grain evaluation by flexible measurement patterns and various report-making functions, including automatic production of statistics. Chart comparison (Chart Nav) Live images can be visually compared with a series of user defined reference images. Various display comparisons are possible, including 3 x 3 and 2 x 2, as is classification by grain number or by impurity patterns compared with a userdefinable data sheet. Graphite analysis in the structure (Cast Iron) Users can perform quality inspections of cast iron based on ASTM or other global standards, and analysis of the ferrite perlite rate. Micro hardness test (MHT) Hardness or hardness depth evaluations can be carried out based on the Knoop or Vickers hardness tests. Focus composition (EFI) Planes with different focus can be composed automatically: resolving them into a single image provides infinite focal depth. Multiple images can be restructured, whether live or already stored. The alignment function automatically compensates for depth movement when microscope images are captured, producing a clear, single-image composition with no overlapping. Image pasting (MIA) An intelligent pattern recognition function makes it possible to restructure several images into one, enabling observation and evaluation of a single large area instead of dealing with several different images separately. For even greater clarity, the contrast in a composite image can easily be adjusted. Additional Functions - Macro recorder - Compliance with many different image formats including TIFF, JPEG and BMP. - Images, data and reports can be sent easily as attachments. - Image structure can be customized by the user. - Detailed, informative on-line help function. Microscope digital camera / CC12 This digital camera employs a Peltier-cooled 12 bit CCD, for easy-to-handle storage at 1376 x 1032 pixels and excellent quality reproduction which produces high S/N ratio digital images. Data can also be transferred to a computer by Fire Wire connection (IEEE1394). * OLYSIAm3 driver software supplied as standard. +DP12 Captures high-resolution, high-sensitivity digital images fast equivalent to 12.5 million pixels in approximately 3 seconds. With the digital camera DP70, users can capture high-resolution still images equivalent to 12.5million pixels* in as little as (approx.) 3 seconds, thanks to the camera s high speed hardware. The DP70 s multiple functions make every phase of the operation simple, from original capture right through to filing. Observation images are captured in microscopic detail, with unparalleled clarity and resolution accuracy. *Special technologies are employed to obtain a resolution equivalent to 12.5 million pixels from the DP70's 1.45 million pixel CCD. +GX-PHU+DP70 7 8

6 TOP-OF-THE-LINE INVERTED METALLURGICAL SYSTEM MICROSCOPE BF DF DIC POL FL F.N MAX 4 Port 2x ZOOM INVERTED METALLURGICAL SYSTEM MICROSCOPE BF DF DIC POL F.N. 22 MAX 3 Port All the quality that today's advanced research demands Superb performance and reliability for all kinds of routine observation and documentation Zoom function for easy framing The 1x-2x zoom facility acts on all ports, shows critical specimen detail more clearly and makes accurate framing especially easy. Photomicrography with a largeformat camera allows image capture at the same magnification as the visual observation. 1x 2x Real-time observation and recording of the specimen "as is" Observation images are not reversed, but seen in real time, exactly as the objective sees them. This absence of reversal makes it much easier to compare the images with photographs. *Images are reversed if seen via a video/digital camera attached to the side/front port. Ideal for every observation method from brightfield to fluorescence Simply by changing the position of the 's beamsplitter turret, it is quick and easy to alternate between brightfield, darkfield, Nomarski DIC, simple polarized light and fluorescence observation. The Olympus universal objectives accommodate all observation methods. There is no need to change the objective type each time the observation method is changed. The also employs super widefield eyepieces (F.N.26.5), for an efficient orientation and observation process. Single lever switchover for brightfield/darkfield observation The versatile performs brightfield, darkfield, Nomarski DIC and simple polarized light observations. Switching between brightfield and darkfield observation is done with a single lever, located close to the operator's hand. Changing to Nomarski DIC observation is a simple matter of inserting the DIC-slider. Expandable functionality A wide variety of optional units can be easily attached to the, allowing such system upgrades as linking to a digital or video camera via an intermediate tube (GX-SPU). Designed for ease and efficiency Good working efficiency is the top design priority of the, which was specially developed for handling routine inspection tasks. Its most frequently used operating features are located at the front, while incorporation of the tilting tube U-TBI90 (elevation angle degree) allows the operator to work in an easy, natural posture and conduct observations comfortably in a standing position. 9 MPlanApo100xOil Nomarski DIC observation Sample provided by Prof. Kenji Abiko, doctor of engineering, Institute for materials research, Tohoku university 10

7 SCALE / ACCESSORIES motorized combination Operability is greatly improved by the incorporation of a single hand switch for controlling motorized units. These include the motorized s U-D6REM and U-D5BDREM, which enable switching between objectives automatically; the motorized mirror unit turret GX-RTUA, which allows automatic observation changes; and the motorized filter wheel U-FWR which changes filters to vary the illumination. *The U-D6REM, U-D5BDREM and U-FWR can also be attached to the. Transmitted light polarized observation combination Transmitted light polarized observation, which is ideal for transparent specimens or fine powders, can be performed by combining illumination pillar IX2-ILL100. GX series specifications Optics UIS optical system (infinity-corrected) Objective UIS objectives Eyepiece UIS eyepiece (F.N. 26.5) UIS eyepiece (F.N. 22) Microscope body Intermediate magnification Zoom incorporated (1x - 2x) Clicks in the two intermediate positions (can be released) Imprinting of scale All ports All ports Reversed positions (up/down/left/right) from observation Reversed positions (up/down) from observation positions seen through the eyepiece positions seen through the eyepiece Power source Power source for illuminator (12V100 halogen) incorporated Focusing Manual, Coarse and Fine coaxial handle. Focus stroke 9mm (2mm above and 7mm below the stage surface) Photo frame Incorporated (IN/OUT) Output port Front port - Photomicrographic equipment (upright image), video and DP system (reversed image, special video adapter for GX) Side port - Video, DP system (reversed image) Side port (option) - Video, DP system (upright image) Observation tube Super widefield (F.N. 26.5) U-SWBI30, U-SWTR-2 Widefield (F.N. 22) U-BI90, GX-BI90, U-TR30H Illuminator Observation method Brightfield, darkfield, simple polarized light, DIC, fluorescence Brightfield, darkfield, simple polarized light, DIC Illuminator diaphragm FS/AS manually controlled, with centering adjustment Light source 100W halogen (standard), 100W mercury, 75W xenon, 50W metal halide (optional) Revolving Manual operation Sextuple for BF/DIC, quintuple for BF/DF, quintuple for BF/DF/DIC, Quadruple for BF with centering Motorized operation Sextuple for BF/DIC, quintuple for BF/DF/DIC Stage Standrd type Right handle stage for GX (X/Y stroke: 50x50mm) Option Flexible right handle stage, left short handle stage (each X/Y stroke: 50x50mm) Gliding stage, rotatable stage for GX (scheduled for introduction in 2003) Stage insert plate A set of teardrop and long hole types Image recording Photomicrographic Special photomicrographic lens (attached) gives 10x magnification with large-format camera, 3.3x with 35mm camera Photomicrographic system - 35mm/large-format camera (simultaneously mountable), 1 % spot/30% average measuring area (switchable), auto/manual exposure, exposure time adjustment, automatic ISO setting, AE lock, multiple exposure, etc Digital camera, video camera OLYMPUS DP series etc, attachable using appropriate adapters Combined weight Approx. 37kg Approx. 28kg (BF, DF and DIC observations, combined with GX-PHU) (BF, DF and DIC observations, combined with DP12) Power consumption 170VA, 140 W (excluding photomicrographic system) Objective specifications U-BI90 U-BI90CT U-SWTR2 GX-BI90 U-SWBI30 U-TBI90 U-TR30H *Use U-BI90CT in combination with IX-EPA or GX-SPU. observation tubes The super widefield binocular observation tube (U-SWBI30) and super widefield trinocular observation tube (U-SWTR2) are provided for the. observation tube Besides trinocular tube U-TR30H and binocular tube GX-BI90, the lineup includes binocular tube U-BI90, for use in combination with an eyepoint adjuster, and tilting tube U-TBI90, which allows observations to be made in whatever posture suits the individual user. U-LH100HG U-D5BDRE U-LH75XEAPO U-LH50MH U-LH100-3 U-5BDRE U-D6RE Lamp housing 100W halogen, 100W mercury and 75W Xenon lamps plus a bright, long-life, high-economy 50W metal halide lamp as well. Revolving s Sextuple s and quintuple s with DIC slider compatibility are also provided. Objectives Magnifi- W.D. Cover Glass Reso-* 2 N.A. Thickness lution cations (mm) (mm) (µm) 5x x UMPlanFL 20x x x x x x UMPlanFL-BD 20x x x x x UMPlanFL-BDP 20x x x x LMPlanApo 150x x LMPlanApo-BD 150x x x x LMPlanFL 20x x x x x LMPlanFL-BD 20x x x dimensions (unit:mm) dimensions (unit:mm) Objectives Magnifi- W.D. Cover Glass Reso-* 2 N.A. Thickness lution cations (mm) (mm) (µm) 20x MPlanApo 50x x xOil MPlanApo-BD 100x x x MPlan* 40x x x x x x MPlan-BD* 1 * 3 20x x x SLMPlan 20x x LCPlanApo 20x /0.7/ x /0.7/ LCPlanFL-LCD 100x /1.1/ xIR xIR LMPlan-IR 20xIR xIR xIR MPlan-IR* 3 100xIR "BD" refers to brightfield and darkfield objectives *1 Slight vignetting may occur in the periphery of the field when MPlan-BD series objectives are used with high-intensity light sources such as mercury and xenon for darkfield observation. *2 Resolution values are calculated with the aperture diaphragm fully opened. *3 Field numbers are limited (up to F.N.22). Not compatible with F.N IX-EPA GX-SPU IX-ATU Intermediate tubes Other high-performance accessories are available to meet a variety of applications. Included are an intermediate tube (IX-ATU), which allows attachment of a trinocular observation tube, a side port intermediate tube (GX-SPU) and an eyepoint adjuster (IX-EPA). *Use in combination with 10x lens for drawing attachment U-DAL10x. Drawing attachment / U-DA As well as its conventional use as drawing attachment, this accessory also provides a macro observation function. When combined with a trinocular observation tube, the macro images are stored as photomicrographs or retained in the digital camera

8 SYSTEM DIAGRAM BX VIDEO, PHOTO SYSTEM U-FT Focusing telescope VIDEO SYSTEM, C MOUNT VIDEO CAMERA, DP12 BX VIDEO, PHOTO SYSTEM Stage insert plate (incorporated) CK40M-CPG30 Stage insert plate IX-CP50 Insert plate Teardrop stage insert plate GX-CP Circular stage insert plate IX-SPT Single port tube WH10x WH10x-H Eyepiece 35WH10x PWH10x Eyepiece 35PWH10x Eyepiece VIDEO ADAPTER U-TV0.35xC* 2 C mount video port with 0.35x lens U-TV0.5xC-2* 3 C mount 0.5x lens U-FT Focusing telescope U-TR30H Trinocular tube IX-ATU Intermediate tube U-TBI90 Tilting binocular tube IX-EPA Eyepoint adjuster U-BI90 Binocular tube 90 U-ECA1.6x Magnification changer 1.6x U-ECA Magnification changer 2x U-BI90CT Binocular tube 90CT U-CA Magnification changer 1x, 1,25x, 1.6x, 2x GX-BI90 Binocular tube 90 for reticle eyepiece GX-SPU* 1 Side port intermediate tube U-DA* 5 Drawing attachment U-TV1x* 4 Video port with 1x lens U-SWBI30 Super widefield binocular tube U-SWTR2 Super widefield trinocular tube U-DAL10x Drawing attachment 10x GX-CCV UV shield 35SWH10x PSWH10x SWH10x-H Eyepiece U-D5BDREM* 7 Motorized quintuple for BF/DF with slider slot for DIC U-D6REM* 7 Motorized sextuple with slider slot for DIC GX-SFR Flexible right handle stage IX2-SFR Cross stage with Flexible right handle U-D6BDRE* 8 sextuple for BF/DF with slider slot for DIC U-P5BDRE* 8 Centerable UIS objectives GX-SVR Right handle stage for GX U-P4RE Centerable U-5BDRE Quintuple for BD/DF IX-SVL-2 Flexible left handle stage, short U-D6RE Sextuple with slider slot for DIC U-D5BDRE Quintuple for BF/DF with slider slot for DIC GX-SRG Rotatable stage U-DICR DIC slider for reflected light IX2-GS Gliding stage U-DICRH* 6 DIC slider for reflected light (high resolution type) U-DICRHC* 6 DIC slider for reflected light (high contrast type) U-POT Polarizer PMG3-LWCD Long working distance condenser IX2-ILL W transmitted light illumination pillar LH U-LH W halogen -SLMG5 Scale glass 5x -SLMG10 Scale glass 10x -SLMG20 Scale glass 20x -SLMG40 Scale glass 40x -SLMG50 Scale glass 50x -SLMG100 Scale glass 100x -SLMGS Grain size reticule -SLMGH Grid pattern scale glass GX-SLMG Parfocal glass GX-RTUA* 12 Motorized mirror unit turret GX-FSL Filter slider U-RSL6 6 position filter slider 25ND6 25ND25 ND filter 25FR 25LBD 25IF550 Filter U-FWR* 12 Motorized reflected filter wheel U-LH W halogen IX-CI Critical illuminator TH4* 11 External light source U-RMT Extension cord U-LH100L-3 100W halogen CK40M-MS Stage mirror PM-CUP Universal large-format camera back PM-FD Screen hood GX-SLM Scale slider PM-C4x5-3 Intermediate adapter for 4"x 5" 4"x 5" film holder for international norm PM-CP-3 Polaroid camera back PM-CPDI Polaroid camera back with data imprinting unit PM-CBDI Data imprinting control unit U-ACAD-3 5V AC adapter PM-C35DX Automatic 35mm camera back (DX code) F microscope stand PM-DI35 Data imprinting control unit for 35mm camera back GX-PACAD AC adapter for photo unit GX-PHU Photo unit Controller F* 1 microscope stand GX-TV0.5xC-DP C-mount 0.5x lens DP12 GX-TV0.7xC-DP C-mount 0.7x lens GX-TV0.5xC* 3 C-mount 0.5x lens C MOUNT VIDEO CAMERA, GX-PO Polarizer slider for reflected light GX-POTP Polarizer slider for reflected light GX-AN Analyzer for reflected light GX-AN360 Rotatable analyzer GX-TV0.7xC* 3 C-mount 0.7x lens U-MDF3 U-MDIC3 U-MBFL3 U-MWGS3 U-MWBS3 U-MWUS3 Mirror units U-UCV* 10 Conversion lens GX-SLM Scale slider U-DULHA Dual lamp housing attachment -SLMG5 Scale glass 5x -SLMG10 Scale glass 10x -SLMG20 Scale glass 20x -SLMG40 Scale glass 40x -SLMG50 Scale glass 50x -SLMG100 Scale glass 100x -SLMGS Grain size reticule -SLMGH Grid pattern scale glass GX-SLMG Parfocal glass U-LH100HG* 9 100W mercury U-LH100HGAPO* 9 100W mercury apo U-LH75XEAPO* 9 75W xenon apo U-LH50MH* 9 Metal halide BH2-RFL-T3 Power supply unit AH2-RX-T Power supply unit U-PS50MH Power source for metal halide LS50MH Metal halide lamp * 1 Please consult your nearest Olympus dealer for cameras compatible with the F side port and GX-SPU. The PM series photomicrographic system cannot be attached. * 2 Using the camera with an image sensor less than 1/2 inch in size. Even in this case, illumination near the perimeter of the field of view may slightly insufficient. * 3 Using the camera with an image sensor less than 2/3 inch in size. * 4 Using the camera with an image sensor less than 1 inch in size. * 5 Macro observation image sizes are fractionally smaller than the SWH10x-H field of view (F.N.26.5). * 6 U-DICRH should be used exclusively with the UMPlanFL series objectives and U-DICRHC should be used exclusively with LMPlanApo series objectives. * 7 U-REMPS-2 power supply unit is required for U-D6REM and U-D5BDREM. * 8 Objectives may touch the stage when the U-D6BDRE, U-P5BDRE incorrectly. * 9 25L42 filter is required for polarized light and Nomarski DIC observation using high intensity lamps such as U-LH100HG. * 10 U-UCV can be used for fluorescence observation. * 11 TH4 is only necessary when transmitted and reflected light illuminations are used simultaneously. * 12 IX2-UCB control unit is required for U-FWR and GX-RTUA